416F52013ALR

416F52013ALR Application Field and Working Principle

The 416F52013ALR crystal is a type of quartz crystal that is designed specifically for use in wireless communication systems. This crystal is capable of providing accurate, reliable frequency and phase outputs over a wide range of temperatures, making it particularly suitable for use in wide-area network, cellular, and other wireless communication applications.

The 416F52013ALR crystal works by converting an alternating current of a certain frequency (known as the input signal) into an output signal at the same frequency but with a different phase. This is done through the use of a quartz crystal which vibrates at a certain frequency when an electric current is applied to it. This frequency is determined by the resonant frequency of the quartz crystal, and can be precisely adjusted by changing the physical shape of the crystal.

The 416F52013ALR crystal is designed to provide a reliable and accurate frequency response over a wide temperature range. This is achieved by using a four-pole design. This four-pole design uses two electrodes, one on each side of the crystal, to drive the crystal in two different directions. This allows the crystal to maintain its resonant frequency over a much wider temperature range, ensuring that the output signal remains accurate and reliable in all operating conditions.

The 416F52013ALR crystal is also designed to provide a low-noise and low-power output. This is achieved through the use of low-noise capacitors and transistors in the crystal circuit. In addition, the 416F52013ALR crystal is also designed to have a high-quality output signal, meaning that the signal will be free of distortion and other anomalies that could affect the quality of the output.

The 416F52013ALR crystal is frequently used in communications applications such as worldwide cellular networks, wide-area network systems, and wireless communication systems. This crystal provides reliable and accurate frequency and phase outputs, as well as low-noise/low-power performance, making it an ideal choice for these applications.